How it works

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How does it work without any fuel?

Negative ions provide energy and pollution control

• The furnace chamber is pre-heated to 200 to 300 F.
• A blower drives atmospheric air into the Ionic Generator creating ionized gas with free-flowing ions and negatively charged electrons.
• The oxygen is paramagnetic. Oxygen atoms have two unpaired electrons which are freed in the ionizing process.
• The unpaired electrons get concentrated as they enter the furnace chamber. The heat in the chamber further energizes the free ions and the exothermic reaction of this ionization is accelerated.
• These highly reactive negative ions inhibit the formation of dioxins, furans, NOx and SOx through ionic exchange. Hence, pollutants normally associated with incineration are minimized.
• The heat energy that is released thermally degrades the waste material fiber. Temperature inside furnace rises to up to 500-1000 F.
• Waste matter is thermally decomposed into ash with 2-4% reduction

Gas Stream filtration system

• After passing through a heat exchanger, the exit gas then passes through 5 stages of water spray and baffle system that act as a suppressant to remove toxins and further quench temperatures to protect materials.
• A variety of alkaline solutions are available to sequester carbon dioxide, hydrochloric acid and sulfur dioxide.
• Particulate matter and pollutants fall into the bath. The built-in cartridge filters capture particles as the water is continually recirculated.
• This is a closed loop system with no water discharge.
• The gas stream exits the water scrubber and passes into carbon beds to remove heavy metals, acid gas, dioxins and furans as well as color.
• Activated carbon works via adsorption whereby pollutant molecules are trapped inside the pore structure of the carbon substrate.
• 1 gram of carbon pellets has an internal area of 2 tennis courts.
• Air quality exceeds US EPA standards for air emissions

Operating resources required